I can't even get a decent quality stream from the mini to my one Apple TV in a 802.11n network supported by two airport extremes and a time capsule. Clearly I'm doing it wrong.
get a life? they have a company that is installing this system in someone's house....you're watching their video online...maybe it's you that needs to get a life.
The only time I've every seen that many TV's, projectors and speaker set up in one room was for a gaming LAN... but these guys get together to all watch and listen to their saved movies and music in the same room together? O.o
...that's impressive, but how about putting the 5 Apple TVs, the Mini, and the AEBS all in separate rooms and then re-running that stress test. I'm curious to see how something more like a real-world setup would perform.
I am one of the guys who made the video. We will be doing a full install in a house with a total of 6 Apple TV's but all running hard wired through ethernet with a decked out Mac Pro as the media server. We will be posting a video in a few weeks of that install and the results!
I am one of the guys who made the video. We will be doing a full install in a house with a total of 6 Apple TV's but all running hard wired through ethernet with a decked out Mac Pro as the media server. We will be posting a video in a few weeks of that install and the results!
I am running 5 appleTVs in my home, all wireless on AEX 802.11n network using a Macbook G4 as a "server" with shared itunes library on external disk. Currently can playback all tv's at once with MP4 files without hiccup. Very impressed with throughput and manageability.
Hey guys, not to be difficult, but you misrepresent 802.11n a bit in the video. Currently, with the latest revisions to 802.11n the PHY (physical layer) maximum is 300Mbits/sec, which translates to 37.5MBytes/second. However, this is just the physical theoretical max, which never happens in real life. With the addition of several other network layers, you lose a lot of speed to overhead. So, even at best case you're going to get 20-30MBytes/second.
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Bad economy...NOT!
I guess the economy does not hit hard to everyone!
That just ma
I can't even get a decent quality stream from the mini to my one Apple TV in a 802.11n network supported by two airport extremes and a time capsule. Clearly I'm doing it wrong.
All i have to say to these
All i have to say to these guys: GET A LIFE!
get a life? they have a
get a life? they have a company that is installing this system in someone's house....you're watching their video online...maybe it's you that needs to get a life.
O.o
The only time I've every seen that many TV's, projectors and speaker set up in one room was for a gaming LAN... but these guys get together to all watch and listen to their saved movies and music in the same room together? O.o
Hey fellas...
...that's impressive, but how about putting the 5 Apple TVs, the Mini, and the AEBS all in separate rooms and then re-running that stress test. I'm curious to see how something more like a real-world setup would perform.
Real Life Implementation
Hey guys,
I am one of the guys who made the video. We will be doing a full install in a house with a total of 6 Apple TV's but all running hard wired through ethernet with a decked out Mac Pro as the media server. We will be posting a video in a few weeks of that install and the results!
Real Life Implementation
Hey guys,
I am one of the guys who made the video. We will be doing a full install in a house with a total of 6 Apple TV's but all running hard wired through ethernet with a decked out Mac Pro as the media server. We will be posting a video in a few weeks of that install and the results!
I am running 5 appleTVs in my
I am running 5 appleTVs in my home, all wireless on AEX 802.11n network using a Macbook G4 as a "server" with shared itunes library on external disk. Currently can playback all tv's at once with MP4 files without hiccup. Very impressed with throughput and manageability.
802.11N
Hey guys, not to be difficult, but you misrepresent 802.11n a bit in the video. Currently, with the latest revisions to 802.11n the PHY (physical layer) maximum is 300Mbits/sec, which translates to 37.5MBytes/second. However, this is just the physical theoretical max, which never happens in real life. With the addition of several other network layers, you lose a lot of speed to overhead. So, even at best case you're going to get 20-30MBytes/second.